12 	  parameter list 
0 	 EQTYPE
1.000e-05 	 DT
6.500e+05 	 NSTEPS
100 	 HISSTEP
2 	 INTTYPE
1060.0 	 Rho
0.0025 	 Viscosity
1.333 	 Alpha
5.678 	 T_initial
6.500 	 T_final
4426.556 	 pinf
9.986e+03 	 Pext
Mesh -- expansion order --  quadrature order Ndomains = 116 
3     nel domain  1 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0033667*x+0.018206) * (-0.0033667*x+0.018206)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0033667*x+0.018206)) +538490.4467)*(-0.0033667*x+0.018206)
Gamma =  4/PI*(150/(2*100*(-0.0033667*x+0.018206))+600)/1000/(2*(-0.0033667*x+0.018206))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0033667*x+0.018206) * (-0.0033667*x+0.018206)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0033667*x+0.018206)) +538490.4467)*(-0.0033667*x+0.018206)
Gamma =  4/PI*(150/(2*100*(-0.0033667*x+0.018206))+600)/1000/(2*(-0.0033667*x+0.018206))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0033667*x+0.018206) * (-0.0033667*x+0.018206)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0033667*x+0.018206)) +538490.4467)*(-0.0033667*x+0.018206)
Gamma =  4/PI*(150/(2*100*(-0.0033667*x+0.018206))+600)/1000/(2*(-0.0033667*x+0.018206))^2
1     nel domain  2 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.015799) * (0*x+0.015799)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.015799)) +538490.4467)*(0*x+0.015799)
Gamma =  4/PI*(150/(2*100*(0*x+0.015799))+600)/1000/(2*(0*x+0.015799))^2
1     nel domain  3 Eh Area Gamma
0.0000 0.0340 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.008561) * (0*x+0.008561)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.008561)) +538490.4467)*(0*x+0.008561)
Gamma =  4/PI*(150/(2*100*(0*x+0.008561))+600)/1000/(2*(0*x+0.008561))^2
1     nel domain  4 Eh Area Gamma
0.0000 0.0340 3 3 # x_prox x_dist p q
Area = PI* (-0.018*x+0.007348) * (-0.018*x+0.007348)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018*x+0.007348)) +538490.4467)*(-0.018*x+0.007348)
Gamma =  4/PI*(150/(2*100*(-0.018*x+0.007348))+600)/1000/(2*(-0.018*x+0.007348))^2
4     nel domain  5 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0071702*x+0.004899) * (-0.0071702*x+0.004899)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0071702*x+0.004899)) +538490.4467)*(-0.0071702*x+0.004899)
Gamma =  4/PI*(150/(2*100*(-0.0071702*x+0.004899))+600)/1000/(2*(-0.0071702*x+0.004899))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0071702*x+0.004899) * (-0.0071702*x+0.004899)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0071702*x+0.004899)) +538490.4467)*(-0.0071702*x+0.004899)
Gamma =  4/PI*(150/(2*100*(-0.0071702*x+0.004899))+600)/1000/(2*(-0.0071702*x+0.004899))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0071702*x+0.004899) * (-0.0071702*x+0.004899)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0071702*x+0.004899)) +538490.4467)*(-0.0071702*x+0.004899)
Gamma =  4/PI*(150/(2*100*(-0.0071702*x+0.004899))+600)/1000/(2*(-0.0071702*x+0.004899))^2
0.0600 0.0940 3 3 # x_prox x_dist p q
Area = PI* (-0.0071702*x+0.004899) * (-0.0071702*x+0.004899)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0071702*x+0.004899)) +538490.4467)*(-0.0071702*x+0.004899)
Gamma =  4/PI*(150/(2*100*(-0.0071702*x+0.004899))+600)/1000/(2*(-0.0071702*x+0.004899))^2
7     nel domain  6 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
0.1200 0.1490 3 3 # x_prox x_dist p q
Area = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003698*x+0.002266))+600)/1000/(2*(-0.003698*x+0.002266))^2
21     nel domain  7 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.3200 0.3400 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.3400 0.3600 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.3600 0.3800 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.3800 0.4000 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
0.4000 0.4220 3 3 # x_prox x_dist p q
Area = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0091137*x+0.006736))+600)/1000/(2*(-0.0091137*x+0.006736))^2
11     nel domain  8 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.2000 0.2350 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
3     nel domain  9 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
0.0400 0.0670 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
4     nel domain  10 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0600 0.0790 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
8     nel domain  11 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1400 0.1710 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
9     nel domain  12 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
0.1600 0.1780 3 3 # x_prox x_dist p q
Area = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491)
Gamma =  4/PI*(150/(2*100*(-0.0048202*x+0.003491))+600)/1000/(2*(-0.0048202*x+0.003491))^2
2     nel domain  13 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0074634*x+0.003062) * (-0.0074634*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0074634*x+0.003062)) +538490.4467)*(-0.0074634*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0074634*x+0.003062))+600)/1000/(2*(-0.0074634*x+0.003062))^2
0.0200 0.0410 3 3 # x_prox x_dist p q
Area = PI* (-0.0074634*x+0.003062) * (-0.0074634*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0074634*x+0.003062)) +538490.4467)*(-0.0074634*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0074634*x+0.003062))+600)/1000/(2*(-0.0074634*x+0.003062))^2
2     nel domain  14 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.015187) * (0*x+0.015187)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.015187)) +538490.4467)*(0*x+0.015187)
Gamma =  4/PI*(150/(2*100*(0*x+0.015187))+600)/1000/(2*(0*x+0.015187))^2
0.0200 0.0390 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.015187) * (0*x+0.015187)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.015187)) +538490.4467)*(0*x+0.015187)
Gamma =  4/PI*(150/(2*100*(0*x+0.015187))+600)/1000/(2*(0*x+0.015187))^2
7     nel domain  15 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
0.1200 0.1390 3 3 # x_prox x_dist p q
Area = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532)
Gamma =  4/PI*(150/(2*100*(-0.0041871*x+0.004532))+600)/1000/(2*(-0.0041871*x+0.004532))^2
9     nel domain  16 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
0.1600 0.1780 3 3 # x_prox x_dist p q
Area = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246)
Gamma =  4/PI*(150/(2*100*(-0.0041292*x+0.003246))+600)/1000/(2*(-0.0041292*x+0.003246))^2
2     nel domain  17 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0059756*x+0.002878) * (-0.0059756*x+0.002878)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0059756*x+0.002878)) +538490.4467)*(-0.0059756*x+0.002878)
Gamma =  4/PI*(150/(2*100*(-0.0059756*x+0.002878))+600)/1000/(2*(-0.0059756*x+0.002878))^2
0.0200 0.0410 3 3 # x_prox x_dist p q
Area = PI* (-0.0059756*x+0.002878) * (-0.0059756*x+0.002878)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0059756*x+0.002878)) +538490.4467)*(-0.0059756*x+0.002878)
Gamma =  4/PI*(150/(2*100*(-0.0059756*x+0.002878))+600)/1000/(2*(-0.0059756*x+0.002878))^2
2     nel domain  18 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.023788*x+0.013472) * (-0.023788*x+0.013472)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.023788*x+0.013472)) +538490.4467)*(-0.023788*x+0.013472)
Gamma =  4/PI*(150/(2*100*(-0.023788*x+0.013472))+600)/1000/(2*(-0.023788*x+0.013472))^2
0.0200 0.0520 3 3 # x_prox x_dist p q
Area = PI* (-0.023788*x+0.013472) * (-0.023788*x+0.013472)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.023788*x+0.013472)) +538490.4467)*(-0.023788*x+0.013472)
Gamma =  4/PI*(150/(2*100*(-0.023788*x+0.013472))+600)/1000/(2*(-0.023788*x+0.013472))^2
1     nel domain  19 Eh Area Gamma
0.0000 0.0340 3 3 # x_prox x_dist p q
Area = PI* (-0.018*x+0.006736) * (-0.018*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018*x+0.006736)) +538490.4467)*(-0.018*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.018*x+0.006736))+600)/1000/(2*(-0.018*x+0.006736))^2
7     nel domain  20 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
0.1200 0.1480 3 3 # x_prox x_dist p q
Area = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266)
Gamma =  4/PI*(150/(2*100*(-0.003723*x+0.002266))+600)/1000/(2*(-0.003723*x+0.002266))^2
21     nel domain  21 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.3200 0.3400 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.3400 0.3600 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.3600 0.3800 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.3800 0.4000 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
0.4000 0.4220 3 3 # x_prox x_dist p q
Area = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695)
Gamma =  4/PI*(150/(2*100*(-0.0066469*x+0.005695))+600)/1000/(2*(-0.0066469*x+0.005695))^2
11     nel domain  22 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
0.2000 0.2350 3 3 # x_prox x_dist p q
Area = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.0012*x+0.001592))+600)/1000/(2*(-0.0012*x+0.001592))^2
3     nel domain  23 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
0.0400 0.0670 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002633) * (0*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633)
Gamma =  4/PI*(150/(2*100*(0*x+0.002633))+600)/1000/(2*(0*x+0.002633))^2
4     nel domain  24 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
0.0600 0.0790 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001115) * (0*x+0.001115)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115)
Gamma =  4/PI*(150/(2*100*(0*x+0.001115))+600)/1000/(2*(0*x+0.001115))^2
8     nel domain  25 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
0.1400 0.1710 3 3 # x_prox x_dist p q
Area = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0012164*x+0.002449))+600)/1000/(2*(-0.0012164*x+0.002449))^2
4     nel domain  26 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
5     nel domain  27 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655)
Gamma =  4/PI*(150/(2*100*(-0.018837*x+0.010655))+600)/1000/(2*(-0.018837*x+0.010655))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655)
Gamma =  4/PI*(150/(2*100*(-0.018837*x+0.010655))+600)/1000/(2*(-0.018837*x+0.010655))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655)
Gamma =  4/PI*(150/(2*100*(-0.018837*x+0.010655))+600)/1000/(2*(-0.018837*x+0.010655))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655)
Gamma =  4/PI*(150/(2*100*(-0.018837*x+0.010655))+600)/1000/(2*(-0.018837*x+0.010655))^2
0.0800 0.1040 3 3 # x_prox x_dist p q
Area = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655)
Gamma =  4/PI*(150/(2*100*(-0.018837*x+0.010655))+600)/1000/(2*(-0.018837*x+0.010655))^2
2     nel domain  28 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.007471) * (0*x+0.007471)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.007471)) +538490.4467)*(0*x+0.007471)
Gamma =  4/PI*(150/(2*100*(0*x+0.007471))+600)/1000/(2*(0*x+0.007471))^2
0.0200 0.0530 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.007471) * (0*x+0.007471)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.007471)) +538490.4467)*(0*x+0.007471)
Gamma =  4/PI*(150/(2*100*(0*x+0.007471))+600)/1000/(2*(0*x+0.007471))^2
1     nel domain  29 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.004654) * (0*x+0.004654)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.004654)) +538490.4467)*(0*x+0.004654)
Gamma =  4/PI*(150/(2*100*(0*x+0.004654))+600)/1000/(2*(0*x+0.004654))^2
1     nel domain  30 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.003674) * (0*x+0.003674)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674)
3     nel domain  31 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0025915*x+0.003552) * (-0.0025915*x+0.003552)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0025915*x+0.003552)) +538490.4467)*(-0.0025915*x+0.003552)
Gamma =  4/PI*(150/(2*100*(-0.0025915*x+0.003552))+600)/1000/(2*(-0.0025915*x+0.003552))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0025915*x+0.003552) * (-0.0025915*x+0.003552)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0025915*x+0.003552)) +538490.4467)*(-0.0025915*x+0.003552)
Gamma =  4/PI*(150/(2*100*(-0.0025915*x+0.003552))+600)/1000/(2*(-0.0025915*x+0.003552))^2
0.0400 0.0710 3 3 # x_prox x_dist p q
Area = PI* (-0.0025915*x+0.003552) * (-0.0025915*x+0.003552)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0025915*x+0.003552)) +538490.4467)*(-0.0025915*x+0.003552)
Gamma =  4/PI*(150/(2*100*(-0.0025915*x+0.003552))+600)/1000/(2*(-0.0025915*x+0.003552))^2
3     nel domain  32 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002939) * (0*x+0.002939)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002939)) +538490.4467)*(0*x+0.002939)
Gamma =  4/PI*(150/(2*100*(0*x+0.002939))+600)/1000/(2*(0*x+0.002939))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002939) * (0*x+0.002939)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002939)) +538490.4467)*(0*x+0.002939)
Gamma =  4/PI*(150/(2*100*(0*x+0.002939))+600)/1000/(2*(0*x+0.002939))^2
0.0400 0.0660 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002939) * (0*x+0.002939)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002939)) +538490.4467)*(0*x+0.002939)
Gamma =  4/PI*(150/(2*100*(0*x+0.002939))+600)/1000/(2*(0*x+0.002939))^2
3     nel domain  33 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002449) * (0*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002449)) +538490.4467)*(0*x+0.002449)
Gamma =  4/PI*(150/(2*100*(0*x+0.002449))+600)/1000/(2*(0*x+0.002449))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002449) * (0*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002449)) +538490.4467)*(0*x+0.002449)
Gamma =  4/PI*(150/(2*100*(0*x+0.002449))+600)/1000/(2*(0*x+0.002449))^2
0.0400 0.0630 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.002449) * (0*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002449)) +538490.4467)*(0*x+0.002449)
Gamma =  4/PI*(150/(2*100*(0*x+0.002449))+600)/1000/(2*(0*x+0.002449))^2
3     nel domain  34 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003674) * (0*x+0.003674)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674)
Gamma =  4/PI*(150/(2*100*(0*x+0.003674))+600)/1000/(2*(0*x+0.003674))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003674) * (0*x+0.003674)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674)
Gamma =  4/PI*(150/(2*100*(0*x+0.003674))+600)/1000/(2*(0*x+0.003674))^2
0.0400 0.0590 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003674) * (0*x+0.003674)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674)
Gamma =  4/PI*(150/(2*100*(0*x+0.003674))+600)/1000/(2*(0*x+0.003674))^2
1     nel domain  35 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.007226) * (0*x+0.007226)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.007226)) +538490.4467)*(0*x+0.007226)
1     nel domain  36 Eh Area Gamma
0.0000 0.0320 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003184) * (0*x+0.003184)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003184)) +538490.4467)*(0*x+0.003184)
Gamma =  4/PI*(150/(2*100*(0*x+0.003184))+600)/1000/(2*(0*x+0.003184))^2
1     nel domain  37 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.006981) * (0*x+0.006981)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.006981)) +538490.4467)*(0*x+0.006981)
1     nel domain  38 Eh Area Gamma
0.0000 0.0320 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003184) * (0*x+0.003184)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003184)) +538490.4467)*(0*x+0.003184)
Gamma =  4/PI*(150/(2*100*(0*x+0.003184))+600)/1000/(2*(0*x+0.003184))^2
5     nel domain  39 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0023113*x+0.006736))+600)/1000/(2*(-0.0023113*x+0.006736))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0023113*x+0.006736))+600)/1000/(2*(-0.0023113*x+0.006736))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0023113*x+0.006736))+600)/1000/(2*(-0.0023113*x+0.006736))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0023113*x+0.006736))+600)/1000/(2*(-0.0023113*x+0.006736))^2
0.0800 0.1060 3 3 # x_prox x_dist p q
Area = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736)
Gamma =  4/PI*(150/(2*100*(-0.0023113*x+0.006736))+600)/1000/(2*(-0.0023113*x+0.006736))^2
2     nel domain  40 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00196) * (0*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00196)) +538490.4467)*(0*x+0.00196)
Gamma =  4/PI*(150/(2*100*(0*x+0.00196))+600)/1000/(2*(0*x+0.00196))^2
0.0200 0.0500 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00196) * (0*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00196)) +538490.4467)*(0*x+0.00196)
Gamma =  4/PI*(150/(2*100*(0*x+0.00196))+600)/1000/(2*(0*x+0.00196))^2
1     nel domain  41 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (-0.0245*x+0.006369) * (-0.0245*x+0.006369)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0245*x+0.006369)) +538490.4467)*(-0.0245*x+0.006369)
3     nel domain  42 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0037931*x+0.004507) * (-0.0037931*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037931*x+0.004507)) +538490.4467)*(-0.0037931*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037931*x+0.004507))+600)/1000/(2*(-0.0037931*x+0.004507))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0037931*x+0.004507) * (-0.0037931*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037931*x+0.004507)) +538490.4467)*(-0.0037931*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037931*x+0.004507))+600)/1000/(2*(-0.0037931*x+0.004507))^2
0.0400 0.0580 3 3 # x_prox x_dist p q
Area = PI* (-0.0037931*x+0.004507) * (-0.0037931*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037931*x+0.004507)) +538490.4467)*(-0.0037931*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037931*x+0.004507))+600)/1000/(2*(-0.0037931*x+0.004507))^2
3     nel domain  43 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0037288*x+0.004507) * (-0.0037288*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037288*x+0.004507)) +538490.4467)*(-0.0037288*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037288*x+0.004507))+600)/1000/(2*(-0.0037288*x+0.004507))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0037288*x+0.004507) * (-0.0037288*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037288*x+0.004507)) +538490.4467)*(-0.0037288*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037288*x+0.004507))+600)/1000/(2*(-0.0037288*x+0.004507))^2
0.0400 0.0590 3 3 # x_prox x_dist p q
Area = PI* (-0.0037288*x+0.004507) * (-0.0037288*x+0.004507)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0037288*x+0.004507)) +538490.4467)*(-0.0037288*x+0.004507)
Gamma =  4/PI*(150/(2*100*(-0.0037288*x+0.004507))+600)/1000/(2*(-0.0037288*x+0.004507))^2
7     nel domain  44 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
0.1200 0.1440 3 3 # x_prox x_dist p q
Area = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084722*x+0.003429))+600)/1000/(2*(-0.00084722*x+0.003429))^2
2     nel domain  45 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003226) * (0*x+0.003226)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226)
Gamma =  4/PI*(150/(2*100*(0*x+0.003226))+600)/1000/(2*(0*x+0.003226))^2
0.0200 0.0500 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003226) * (0*x+0.003226)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226)
Gamma =  4/PI*(150/(2*100*(0*x+0.003226))+600)/1000/(2*(0*x+0.003226))^2
22     nel domain  46 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.3200 0.3400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.3400 0.3600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.3600 0.3800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.3800 0.4000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.4000 0.4200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
0.4200 0.4430 3 3 # x_prox x_dist p q
Area = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016591*x+0.003062))+600)/1000/(2*(-0.0016591*x+0.003062))^2
6     nel domain  47 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
0.1000 0.1260 3 3 # x_prox x_dist p q
Area = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024603*x+0.001837))+600)/1000/(2*(-0.0024603*x+0.001837))^2
16     nel domain  48 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
0.3000 0.3210 3 3 # x_prox x_dist p q
Area = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00057009*x+0.001898))+600)/1000/(2*(-0.00057009*x+0.001898))^2
17     nel domain  49 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
0.3200 0.3430 3 3 # x_prox x_dist p q
Area = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053644*x+0.001592))+600)/1000/(2*(-0.00053644*x+0.001592))^2
7     nel domain  50 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
0.1200 0.1450 3 3 # x_prox x_dist p q
Area = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429)
Gamma =  4/PI*(150/(2*100*(-0.00084138*x+0.003429))+600)/1000/(2*(-0.00084138*x+0.003429))^2
2     nel domain  51 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003226) * (0*x+0.003226)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226)
Gamma =  4/PI*(150/(2*100*(0*x+0.003226))+600)/1000/(2*(0*x+0.003226))^2
0.0200 0.0500 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.003226) * (0*x+0.003226)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226)
Gamma =  4/PI*(150/(2*100*(0*x+0.003226))+600)/1000/(2*(0*x+0.003226))^2
22     nel domain  52 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.3200 0.3400 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.3400 0.3600 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.3600 0.3800 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.3800 0.4000 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.4000 0.4200 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
0.4200 0.4440 3 3 # x_prox x_dist p q
Area = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062)
Gamma =  4/PI*(150/(2*100*(-0.0016554*x+0.003062))+600)/1000/(2*(-0.0016554*x+0.003062))^2
6     nel domain  53 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
0.1000 0.1270 3 3 # x_prox x_dist p q
Area = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837)
Gamma =  4/PI*(150/(2*100*(-0.0024409*x+0.001837))+600)/1000/(2*(-0.0024409*x+0.001837))^2
16     nel domain  54 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
0.3000 0.3220 3 3 # x_prox x_dist p q
Area = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898)
Gamma =  4/PI*(150/(2*100*(-0.00056832*x+0.001898))+600)/1000/(2*(-0.00056832*x+0.001898))^2
17     nel domain  55 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.1000 0.1200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.1200 0.1400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.1400 0.1600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.1600 0.1800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.1800 0.2000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.2000 0.2200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.2200 0.2400 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.2400 0.2600 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.2600 0.2800 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.2800 0.3000 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.3000 0.3200 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
0.3200 0.3440 3 3 # x_prox x_dist p q
Area = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592)
Gamma =  4/PI*(150/(2*100*(-0.00053488*x+0.001592))+600)/1000/(2*(-0.00053488*x+0.001592))^2
1     nel domain  56 Eh Area Gamma
0.0000 0.0150 2 2 # x_prox x_dist p q
Area = PI* (-0.0081333*x+0.002449) * (-0.0081333*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0081333*x+0.002449)) +538490.4467)*(-0.0081333*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0081333*x+0.002449))+600)/1000/(2*(-0.0081333*x+0.002449))^2
1     nel domain  57 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (-0.0674*x+0.002327) * (-0.0674*x+0.002327)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0674*x+0.002327)) +538490.4467)*(-0.0674*x+0.002327)
1     nel domain  58 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001164) * (0*x+0.001164)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001164)) +538490.4467)*(0*x+0.001164)
1     nel domain  59 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001164) * (0*x+0.001164)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001164)) +538490.4467)*(0*x+0.001164)
1     nel domain  60 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.000919) * (0*x+0.000919)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000919)) +538490.4467)*(0*x+0.000919)
1     nel domain  61 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.000919) * (0*x+0.000919)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000919)) +538490.4467)*(0*x+0.000919)
3     nel domain  62 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
0.0400 0.0590 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
3     nel domain  63 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
0.0400 0.0590 3 3 # x_prox x_dist p q
Area = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225)
Gamma =  4/PI*(150/(2*100*(-0.0020847*x+0.001225))+600)/1000/(2*(-0.0020847*x+0.001225))^2
1     nel domain  64 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (-0.01525*x+0.002388) * (-0.01525*x+0.002388)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.002388)) +538490.4467)*(-0.01525*x+0.002388)
1     nel domain  65 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (-0.01525*x+0.002388) * (-0.01525*x+0.002388)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.002388)) +538490.4467)*(-0.01525*x+0.002388)
1     nel domain  66 Eh Area Gamma
0.0000 0.0120 2 2 # x_prox x_dist p q
Area = PI* (-0.0050833*x+0.001286) * (-0.0050833*x+0.001286)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050833*x+0.001286)) +538490.4467)*(-0.0050833*x+0.001286)
Gamma =  4/PI*(150/(2*100*(-0.0050833*x+0.001286))+600)/1000/(2*(-0.0050833*x+0.001286))^2
1     nel domain  67 Eh Area Gamma
0.0000 0.0120 2 2 # x_prox x_dist p q
Area = PI* (-0.0050833*x+0.001286) * (-0.0050833*x+0.001286)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050833*x+0.001286)) +538490.4467)*(-0.0050833*x+0.001286)
Gamma =  4/PI*(150/(2*100*(-0.0050833*x+0.001286))+600)/1000/(2*(-0.0050833*x+0.001286))^2
1     nel domain  68 Eh Area
0.0000 0.0080 2 2 # x_prox x_dist p q
Area = PI* (-0.01525*x+0.001837) * (-0.01525*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.001837)) +538490.4467)*(-0.01525*x+0.001837)
3     nel domain  69 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0400 0.0710 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
3     nel domain  70 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0400 0.0700 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
1     nel domain  71 Eh Area
0.0000 0.0080 2 2 # x_prox x_dist p q
Area = PI* (-0.01525*x+0.001837) * (-0.01525*x+0.001837)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.001837)) +538490.4467)*(-0.01525*x+0.001837)
3     nel domain  72 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0400 0.0710 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
3     nel domain  73 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
0.0400 0.0700 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001225) * (0*x+0.001225)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225)
Gamma =  4/PI*(150/(2*100*(0*x+0.001225))+600)/1000/(2*(0*x+0.001225))^2
1     nel domain  74 Eh Area Gamma
0.0000 0.0240 3 3 # x_prox x_dist p q
Area = PI* (-0.0025417*x+0.001102) * (-0.0025417*x+0.001102)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0025417*x+0.001102)) +538490.4467)*(-0.0025417*x+0.001102)
Gamma =  4/PI*(150/(2*100*(-0.0025417*x+0.001102))+600)/1000/(2*(-0.0025417*x+0.001102))^2
1     nel domain  75 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.000796) * (0*x+0.000796)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000796)) +538490.4467)*(0*x+0.000796)
1     nel domain  76 Eh Area Gamma
0.0000 0.0240 3 3 # x_prox x_dist p q
Area = PI* (-0.0025417*x+0.001102) * (-0.0025417*x+0.001102)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0025417*x+0.001102)) +538490.4467)*(-0.0025417*x+0.001102)
Gamma =  4/PI*(150/(2*100*(-0.0025417*x+0.001102))+600)/1000/(2*(-0.0025417*x+0.001102))^2
1     nel domain  77 Eh Area
0.0000 0.0110 2 2 # x_prox x_dist p q
Area = PI* (-0.022273*x+0.002633) * (-0.022273*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.022273*x+0.002633)) +538490.4467)*(-0.022273*x+0.002633)
1     nel domain  78 Eh Area
0.0000 0.0110 2 2 # x_prox x_dist p q
Area = PI* (-0.027818*x+0.000612) * (-0.027818*x+0.000612)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.027818*x+0.000612)) +538490.4467)*(-0.027818*x+0.000612)
1     nel domain  79 Eh Area
0.0000 0.0110 2 2 # x_prox x_dist p q
Area = PI* (-0.022273*x+0.002633) * (-0.022273*x+0.002633)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.022273*x+0.002633)) +538490.4467)*(-0.022273*x+0.002633)
1     nel domain  80 Eh Area
0.0000 0.0110 2 2 # x_prox x_dist p q
Area = PI* (-0.027818*x+0.000612) * (-0.027818*x+0.000612)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.027818*x+0.000612)) +538490.4467)*(-0.027818*x+0.000612)
3     nel domain  81 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
0.0400 0.0610 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
5     nel domain  82 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001715) * (0*x+0.001715)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715)
Gamma =  4/PI*(150/(2*100*(0*x+0.001715))+600)/1000/(2*(0*x+0.001715))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001715) * (0*x+0.001715)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715)
Gamma =  4/PI*(150/(2*100*(0*x+0.001715))+600)/1000/(2*(0*x+0.001715))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001715) * (0*x+0.001715)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715)
Gamma =  4/PI*(150/(2*100*(0*x+0.001715))+600)/1000/(2*(0*x+0.001715))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001715) * (0*x+0.001715)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715)
Gamma =  4/PI*(150/(2*100*(0*x+0.001715))+600)/1000/(2*(0*x+0.001715))^2
0.0800 0.1010 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001715) * (0*x+0.001715)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715)
Gamma =  4/PI*(150/(2*100*(0*x+0.001715))+600)/1000/(2*(0*x+0.001715))^2
3     nel domain  83 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
0.0400 0.0610 3 3 # x_prox x_dist p q
Area = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449)
Gamma =  4/PI*(150/(2*100*(-0.0050164*x+0.002449))+600)/1000/(2*(-0.0050164*x+0.002449))^2
5     nel domain  84 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0036337*x+0.001347))+600)/1000/(2*(-0.0036337*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0036337*x+0.001347))+600)/1000/(2*(-0.0036337*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0036337*x+0.001347))+600)/1000/(2*(-0.0036337*x+0.001347))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0036337*x+0.001347))+600)/1000/(2*(-0.0036337*x+0.001347))^2
0.0800 0.1010 3 3 # x_prox x_dist p q
Area = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0036337*x+0.001347))+600)/1000/(2*(-0.0036337*x+0.001347))^2
3     nel domain  85 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
0.0400 0.0610 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
4     nel domain  86 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0600 0.0910 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
3     nel domain  87 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
0.0400 0.0610 3 3 # x_prox x_dist p q
Area = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196)
Gamma =  4/PI*(150/(2*100*(-0.0020164*x+0.00196))+600)/1000/(2*(-0.0020164*x+0.00196))^2
4     nel domain  88 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
0.0600 0.0910 3 3 # x_prox x_dist p q
Area = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0080769*x+0.001347))+600)/1000/(2*(-0.0080769*x+0.001347))^2
5     nel domain  89 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
5     nel domain  90 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0800 0.1010 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
5     nel domain  91 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
0.0800 0.1000 3 3 # x_prox x_dist p q
Area = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0049*x+0.001347))+600)/1000/(2*(-0.0049*x+0.001347))^2
5     nel domain  92 Eh Area Gamma
0.0000 0.0200 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0200 0.0400 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0400 0.0600 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0600 0.0800 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
0.0800 0.1010 3 3 # x_prox x_dist p q
Area = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347)
Gamma =  4/PI*(150/(2*100*(-0.0048515*x+0.001347))+600)/1000/(2*(-0.0048515*x+0.001347))^2
1     nel domain  93 Eh Area Gamma
0.0000 0.0360 3 3 # x_prox x_dist p q
Area = PI* (-0.0034167*x+0.000919) * (-0.0034167*x+0.000919)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0034167*x+0.000919)) +538490.4467)*(-0.0034167*x+0.000919)
Gamma =  4/PI*(150/(2*100*(-0.0034167*x+0.000919))+600)/1000/(2*(-0.0034167*x+0.000919))^2
1     nel domain  94 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.002327) * (0*x+0.002327)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002327)) +538490.4467)*(0*x+0.002327)
1     nel domain  95 Eh Area Gamma
0.0000 0.0360 3 3 # x_prox x_dist p q
Area = PI* (-0.0034167*x+0.000919) * (-0.0034167*x+0.000919)
Eh =  0.1*(3000000*exp(-13.5*100*(-0.0034167*x+0.000919)) +538490.4467)*(-0.0034167*x+0.000919)
Gamma =  4/PI*(150/(2*100*(-0.0034167*x+0.000919))+600)/1000/(2*(-0.0034167*x+0.000919))^2
1     nel domain  96 Eh Area
0.0000 0.0040 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.002327) * (0*x+0.002327)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.002327)) +538490.4467)*(0*x+0.002327)
1     nel domain  97 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000703) * (0*x+0.000703)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703)
Gamma =  4/PI*(150/(2*100*(0*x+0.000703))+600)/1000/(2*(0*x+0.000703))^2
1     nel domain  98 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001217) * (0*x+0.001217)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001217)) +538490.4467)*(0*x+0.001217)
1     nel domain  99 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
1     nel domain  100 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001911) * (0*x+0.001911)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001911)) +538490.4467)*(0*x+0.001911)
1     nel domain  101 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001106) * (0*x+0.001106)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001106)) +538490.4467)*(0*x+0.001106)
1     nel domain  102 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000998) * (0*x+0.000998)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000998)) +538490.4467)*(0*x+0.000998)
Gamma =  4/PI*(150/(2*100*(0*x+0.000998))+600)/1000/(2*(0*x+0.000998))^2
1     nel domain  103 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001531) * (0*x+0.001531)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001531)) +538490.4467)*(0*x+0.001531)
Gamma =  4/PI*(150/(2*100*(0*x+0.001531))+600)/1000/(2*(0*x+0.001531))^2
1     nel domain  104 Eh Area Gamma
0.0000 0.0150 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.000703) * (0*x+0.000703)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703)
Gamma =  4/PI*(150/(2*100*(0*x+0.000703))+600)/1000/(2*(0*x+0.000703))^2
1     nel domain  105 Eh Area Gamma
0.0000 0.0250 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
1     nel domain  106 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000806) * (0*x+0.000806)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000806)) +538490.4467)*(0*x+0.000806)
Gamma =  4/PI*(150/(2*100*(0*x+0.000806))+600)/1000/(2*(0*x+0.000806))^2
1     nel domain  107 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000703) * (0*x+0.000703)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703)
Gamma =  4/PI*(150/(2*100*(0*x+0.000703))+600)/1000/(2*(0*x+0.000703))^2
1     nel domain  108 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001217) * (0*x+0.001217)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001217)) +538490.4467)*(0*x+0.001217)
1     nel domain  109 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
1     nel domain  110 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001911) * (0*x+0.001911)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001911)) +538490.4467)*(0*x+0.001911)
1     nel domain  111 Eh Area
0.0000 0.0100 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.001106) * (0*x+0.001106)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001106)) +538490.4467)*(0*x+0.001106)
1     nel domain  112 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000998) * (0*x+0.000998)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000998)) +538490.4467)*(0*x+0.000998)
Gamma =  4/PI*(150/(2*100*(0*x+0.000998))+600)/1000/(2*(0*x+0.000998))^2
1     nel domain  113 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.001531) * (0*x+0.001531)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.001531)) +538490.4467)*(0*x+0.001531)
Gamma =  4/PI*(150/(2*100*(0*x+0.001531))+600)/1000/(2*(0*x+0.001531))^2
1     nel domain  114 Eh Area Gamma
0.0000 0.0150 2 2 # x_prox x_dist p q
Area = PI* (0*x+0.000703) * (0*x+0.000703)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703)
Gamma =  4/PI*(150/(2*100*(0*x+0.000703))+600)/1000/(2*(0*x+0.000703))^2
1     nel domain  115 Eh Area Gamma
0.0000 0.0250 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.00147) * (0*x+0.00147)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147)
Gamma =  4/PI*(150/(2*100*(0*x+0.00147))+600)/1000/(2*(0*x+0.00147))^2
1     nel domain  116 Eh Area Gamma
0.0000 0.0300 3 3 # x_prox x_dist p q
Area = PI* (0*x+0.000806) * (0*x+0.000806)
Eh =  0.1*(3000000*exp(-13.5*100*(0*x+0.000806)) +538490.4467)*(0*x+0.000806)
Gamma =  4/PI*(150/(2*100*(0*x+0.000806))+600)/1000/(2*(0*x+0.000806))^2
Boundary conditions
F  0 	 # Domain 1
F  0
B 2 3
B 2 3
B 1 3  	  # Domain 2
B 1 3
B 14 15
B 14 15
B 1 2  	  # Domain 3
B 1 2
B 4 5
B 4 5
B 3 5  	  # Domain 4
B 3 5
B 6 7
B 6 7
B 3 4  	  # Domain 5
B 3 4
B 12 13
B 12 13
B 4 7  	  # Domain 6
B 4 7
C 20 56
C 20 56
B 4 6  	  # Domain 7
B 4 6
B 8 9
B 8 9
B 7 9  	  # Domain 8
B 7 9
B 97 98
B 97 98
B 7 8  	  # Domain 9
B 7 8
B 10 11
B 10 11
B 9 11  	  # Domain 10
B 9 11
W 4.2043e-11
W 9.4735e+09
B 9 10  	  # Domain 11
B 9 10
B 99 100
B 99 100
B 5 13  	  # Domain 12
B 5 13
B 77 78
B 77 78
B 5 12  	  # Domain 13
B 5 12
B 81 82
B 81 82
B 2 15  	  # Domain 14
B 2 15
B 18 19
B 18 19
B 2 14  	  # Domain 15
B 2 14
B 16 17
B 16 17
B 15 17  	  # Domain 16
B 15 17
B 79 80
B 79 80
B 15 16  	  # Domain 17
B 15 16
B 83 84
B 83 84
B 14 19  	  # Domain 18
B 14 19
B 26 27
B 26 27
B 14 18  	  # Domain 19
B 14 18
B 20 21
B 20 21
B 19 21  	  # Domain 20
B 19 21
C 6 56
C 6 56
B 19 20  	  # Domain 21
B 19 20
B 22 23
B 22 23
B 21 23  	  # Domain 22
B 21 23
B 107 108
B 107 108
B 21 22  	  # Domain 23
B 21 22
B 24 25
B 24 25
B 23 25  	  # Domain 24
B 23 25
W 4.2043e-11
W 9.4735e+09
B 23 24  	  # Domain 25
B 23 24
B 109 110
B 109 110
B 18 27  	  # Domain 26
B 18 27
W 3.8109e-10
W 1.6259e+09
B 18 26  	  # Domain 27
B 18 26
B 28 29
B 28 29
B 27 29  	  # Domain 28
B 27 29
B 34 35
B 34 35
B 27 28  	  # Domain 29
B 27 28
B 30 31
B 30 31
B 29 31  	  # Domain 30
B 29 31
B 32 33
B 32 33
B 29 30  	  # Domain 31
B 29 30
W 7.6269e-11
W 4.5326e+09
B 30 33  	  # Domain 32
B 30 33
W 1.9545e-10
W 1.8847e+09
B 30 32  	  # Domain 33
B 30 32
W 1.4821e-10
W 2.4967e+09
B 28 35  	  # Domain 34
B 28 35
W 3.0955e-10
W 1.1809e+09
B 28 34  	  # Domain 35
B 28 34
B 36 37
B 36 37
B 35 37  	  # Domain 36
B 35 37
W 4.9296e-10
W 8.0762e+08
B 35 36  	  # Domain 37
B 35 36
B 38 39
B 38 39
B 37 39  	  # Domain 38
B 37 39
W 4.9296e-10
W 8.0762e+08
B 37 38  	  # Domain 39
B 37 38
B 40 41
B 40 41
B 39 41  	  # Domain 40
B 39 41
W 8.8097e-11
W 4.2000e+09
B 39 40  	  # Domain 41
B 39 40
B 42 43
B 42 43
B 41 43  	  # Domain 42
B 41 43
B 44 45
B 44 45
B 41 42  	  # Domain 43
B 41 42
B 50 51
B 50 51
B 42 45  	  # Domain 44
B 42 45
B 46 47
B 46 47
B 42 44  	  # Domain 45
B 42 44
W 7.8966e-11
W 4.3922e+09
B 44 47  	  # Domain 46
B 44 47
B 48 49
B 48 49
B 44 46  	  # Domain 47
B 44 46
W 1.2775e-10
W 3.3162e+09
B 46 49  	  # Domain 48
B 46 49
W 1.6623e-10
W 2.5395e+09
B 46 48  	  # Domain 49
B 46 48
W 1.1204e-10
W 3.8337e+09
B 43 51  	  # Domain 50
B 43 51
B 52 53
B 52 53
B 43 50  	  # Domain 51
B 43 50
W 7.8966e-11
W 4.3922e+09
B 50 53  	  # Domain 52
B 50 53
B 54 55
B 54 55
B 50 52  	  # Domain 53
B 50 52
W 1.2775e-10
W 3.3162e+09
B 52 55  	  # Domain 54
B 52 55
W 1.6665e-10
W 2.5343e+09
B 52 54  	  # Domain 55
B 52 54
W 1.1233e-10
W 3.8259e+09
C 6 20  	  # Domain 56
C 6 20
J 57 57
J 57 57
J 56 56  	  # Domain 57
J 56 56
B 58 59
B 58 59
B 57 59  	  # Domain 58
B 57 59
B 60 62
B 60 62
B 57 58  	  # Domain 59
B 57 58
B 61 63
B 61 63
B 58 62  	  # Domain 60
B 58 62
C 64 77
C 64 77
B 59 63  	  # Domain 61
B 59 63
C 65 79
C 65 79
B 58 60  	  # Domain 62
B 58 60
W 1.6677e-11
W 7.0078e+09
B 59 61  	  # Domain 63
B 59 61
W 1.6677e-11
W 7.0078e+09
C 60 77  	  # Domain 64
C 60 77
B 93 94
B 93 94
C 61 79  	  # Domain 65
C 61 79
B 95 96
B 95 96
B 68 94  	  # Domain 66
B 68 94
B 74 75
B 74 75
B 71 96  	  # Domain 67
B 71 96
C 75 76
C 75 76
B 66 94  	  # Domain 68
B 66 94
B 69 70
B 69 70
B 68 70  	  # Domain 69
B 68 70
W 2.0607e-11
W 5.6186e+09
B 68 69  	  # Domain 70
B 68 69
W 2.0607e-11
W 5.6186e+09
B 67 96  	  # Domain 71
B 67 96
B 72 73
B 72 73
B 71 73  	  # Domain 72
B 71 73
W 2.0607e-11
W 5.6186e+09
B 71 72  	  # Domain 73
B 71 72
W 2.0607e-11
W 5.6186e+09
B 66 75  	  # Domain 74
B 66 75
W 1.4882e-11
W 7.8926e+09
B 66 74  	  # Domain 75
B 66 74
C 67 76
C 67 76
C 67 75  	  # Domain 76
C 67 75
W 1.4882e-11
W 7.8926e+09
B 12 78  	  # Domain 77
B 12 78
C 60 64
C 60 64
B 12 77  	  # Domain 78
B 12 77
W 2.3933e-12
W 1.6881e+11
B 16 80  	  # Domain 79
B 16 80
C 61 65
C 61 65
B 16 79  	  # Domain 80
B 16 79
W 2.3933e-12
W 1.6881e+11
B 13 82  	  # Domain 81
B 13 82
B 85 86
B 85 86
B 13 81  	  # Domain 82
B 13 81
W 7.5177e-11
W 4.9975e+09
B 17 84  	  # Domain 83
B 17 84
B 87 88
B 87 88
B 17 83  	  # Domain 84
B 17 83
W 2.4548e-11
W 1.5720e+10
B 81 86  	  # Domain 85
B 81 86
B 89 90
B 89 90
B 81 85  	  # Domain 86
B 81 85
W 9.5733e-12
W 4.1204e+10
B 83 88  	  # Domain 87
B 83 88
B 91 92
B 91 92
B 83 87  	  # Domain 88
B 83 87
W 9.5733e-12
W 4.1204e+10
B 85 90  	  # Domain 89
B 85 90
W 1.8772e-11
W 2.0692e+10
B 85 89  	  # Domain 90
B 85 89
W 1.8772e-11
W 2.0692e+10
B 87 92  	  # Domain 91
B 87 92
W 1.8772e-11
W 2.0692e+10
B 87 91  	  # Domain 92
B 87 91
W 1.8772e-11
W 2.0692e+10
B 64 94  	  # Domain 93
B 64 94
W 8.7012e-12
W 1.3813e+10
B 64 93  	  # Domain 94
B 64 93
B 66 68
B 66 68
B 65 96  	  # Domain 95
B 65 96
W 8.7012e-12
W 1.3813e+10
B 65 95  	  # Domain 96
B 65 95
B 67 71
B 67 71
B 8 98  	  # Domain 97
B 8 98
B 104 106
B 104 106
B 8 97  	  # Domain 98
B 8 97
B 101 102
B 101 102
B 11 100  	  # Domain 99
B 11 100
C 105 106
C 105 106
B 11 99  	  # Domain 100
B 11 99
C 101 103
C 101 103
B 98 102  	  # Domain 101
B 98 102
C 100 103
C 100 103
B 98 101  	  # Domain 102
B 98 101
W 3.3683e-11
W 1.1909e+10
C 100 101  	  # Domain 103
C 100 101
W 7.9268e-11
W 4.9272e+09
B 97 106  	  # Domain 104
B 97 106
W 1.6713e-11
W 2.4517e+10
C 99 106  	  # Domain 105
C 99 106
W 7.3077e-11
W 5.3574e+09
B 97 104  	  # Domain 106
B 97 104
C 99 105
C 99 105
B 22 108  	  # Domain 107
B 22 108
B 114 116
B 114 116
B 22 107  	  # Domain 108
B 22 107
B 111 112
B 111 112
B 25 110  	  # Domain 109
B 25 110
C 115 116
C 115 116
B 25 109  	  # Domain 110
B 25 109
C 111 113
C 111 113
B 108 112  	  # Domain 111
B 108 112
C 110 113
C 110 113
B 108 111  	  # Domain 112
B 108 111
W 3.3683e-11
W 1.1909e+10
C 110 111  	  # Domain 113
C 110 111
W 7.9268e-11
W 4.9272e+09
B 107 116  	  # Domain 114
B 107 116
W 1.6713e-11
W 2.4517e+10
C 109 116  	  # Domain 115
C 109 116
W 7.3077e-11
W 5.3574e+09
B 107 114  	  # Domain 116
B 107 114
C 109 115
C 109 115
Initial condition
a = PI* (-0.0033667*x+0.018206) * (-0.0033667*x+0.018206) *(1-3/4* (-0.0033667*x+0.018206) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0033667*x+0.018206)) +538490.4467)*(-0.0033667*x+0.018206) ))^2
u = 0
a = PI* (0*x+0.015799) * (0*x+0.015799) *(1-3/4* (0*x+0.015799) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.015799)) +538490.4467)*(0*x+0.015799) ))^2
u = 0
a = PI* (0*x+0.008561) * (0*x+0.008561) *(1-3/4* (0*x+0.008561) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.008561)) +538490.4467)*(0*x+0.008561) ))^2
u = 0
a = PI* (-0.018*x+0.007348) * (-0.018*x+0.007348) *(1-3/4* (-0.018*x+0.007348) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.018*x+0.007348)) +538490.4467)*(-0.018*x+0.007348) ))^2
u = 0
a = PI* (-0.0071702*x+0.004899) * (-0.0071702*x+0.004899) *(1-3/4* (-0.0071702*x+0.004899) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0071702*x+0.004899)) +538490.4467)*(-0.0071702*x+0.004899) ))^2
u = 0
a = PI* (-0.003698*x+0.002266) * (-0.003698*x+0.002266) *(1-3/4* (-0.003698*x+0.002266) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.003698*x+0.002266)) +538490.4467)*(-0.003698*x+0.002266) ))^2
u = 0
a = PI* (-0.0091137*x+0.006736) * (-0.0091137*x+0.006736) *(1-3/4* (-0.0091137*x+0.006736) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0091137*x+0.006736)) +538490.4467)*(-0.0091137*x+0.006736) ))^2
u = 0
a = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592) *(1-3/4* (-0.0012*x+0.001592) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592) ))^2
u = 0
a = PI* (0*x+0.002633) * (0*x+0.002633) *(1-3/4* (0*x+0.002633) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633) ))^2
u = 0
a = PI* (0*x+0.001115) * (0*x+0.001115) *(1-3/4* (0*x+0.001115) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115) ))^2
u = 0
a = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449) *(1-3/4* (-0.0012164*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449) ))^2
u = 0
a = PI* (-0.0048202*x+0.003491) * (-0.0048202*x+0.003491) *(1-3/4* (-0.0048202*x+0.003491) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0048202*x+0.003491)) +538490.4467)*(-0.0048202*x+0.003491) ))^2
u = 0
a = PI* (-0.0074634*x+0.003062) * (-0.0074634*x+0.003062) *(1-3/4* (-0.0074634*x+0.003062) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0074634*x+0.003062)) +538490.4467)*(-0.0074634*x+0.003062) ))^2
u = 0
a = PI* (0*x+0.015187) * (0*x+0.015187) *(1-3/4* (0*x+0.015187) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.015187)) +538490.4467)*(0*x+0.015187) ))^2
u = 0
a = PI* (-0.0041871*x+0.004532) * (-0.0041871*x+0.004532) *(1-3/4* (-0.0041871*x+0.004532) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0041871*x+0.004532)) +538490.4467)*(-0.0041871*x+0.004532) ))^2
u = 0
a = PI* (-0.0041292*x+0.003246) * (-0.0041292*x+0.003246) *(1-3/4* (-0.0041292*x+0.003246) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0041292*x+0.003246)) +538490.4467)*(-0.0041292*x+0.003246) ))^2
u = 0
a = PI* (-0.0059756*x+0.002878) * (-0.0059756*x+0.002878) *(1-3/4* (-0.0059756*x+0.002878) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0059756*x+0.002878)) +538490.4467)*(-0.0059756*x+0.002878) ))^2
u = 0
a = PI* (-0.023788*x+0.013472) * (-0.023788*x+0.013472) *(1-3/4* (-0.023788*x+0.013472) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.023788*x+0.013472)) +538490.4467)*(-0.023788*x+0.013472) ))^2
u = 0
a = PI* (-0.018*x+0.006736) * (-0.018*x+0.006736) *(1-3/4* (-0.018*x+0.006736) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.018*x+0.006736)) +538490.4467)*(-0.018*x+0.006736) ))^2
u = 0
a = PI* (-0.003723*x+0.002266) * (-0.003723*x+0.002266) *(1-3/4* (-0.003723*x+0.002266) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.003723*x+0.002266)) +538490.4467)*(-0.003723*x+0.002266) ))^2
u = 0
a = PI* (-0.0066469*x+0.005695) * (-0.0066469*x+0.005695) *(1-3/4* (-0.0066469*x+0.005695) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0066469*x+0.005695)) +538490.4467)*(-0.0066469*x+0.005695) ))^2
u = 0
a = PI* (-0.0012*x+0.001592) * (-0.0012*x+0.001592) *(1-3/4* (-0.0012*x+0.001592) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0012*x+0.001592)) +538490.4467)*(-0.0012*x+0.001592) ))^2
u = 0
a = PI* (0*x+0.002633) * (0*x+0.002633) *(1-3/4* (0*x+0.002633) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002633)) +538490.4467)*(0*x+0.002633) ))^2
u = 0
a = PI* (0*x+0.001115) * (0*x+0.001115) *(1-3/4* (0*x+0.001115) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001115)) +538490.4467)*(0*x+0.001115) ))^2
u = 0
a = PI* (-0.0012164*x+0.002449) * (-0.0012164*x+0.002449) *(1-3/4* (-0.0012164*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0012164*x+0.002449)) +538490.4467)*(-0.0012164*x+0.002449) ))^2
u = 0
a = PI* (0*x+0.00147) * (0*x+0.00147) *(1-3/4* (0*x+0.00147) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147) ))^2
u = 0
a = PI* (-0.018837*x+0.010655) * (-0.018837*x+0.010655) *(1-3/4* (-0.018837*x+0.010655) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.018837*x+0.010655)) +538490.4467)*(-0.018837*x+0.010655) ))^2
u = 0
a = PI* (0*x+0.007471) * (0*x+0.007471) *(1-3/4* (0*x+0.007471) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.007471)) +538490.4467)*(0*x+0.007471) ))^2
u = 0
a = PI* (0*x+0.004654) * (0*x+0.004654) *(1-3/4* (0*x+0.004654) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.004654)) +538490.4467)*(0*x+0.004654) ))^2
u = 0
a = PI* (0*x+0.003674) * (0*x+0.003674) *(1-3/4* (0*x+0.003674) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674) ))^2
u = 0
a = PI* (-0.0025915*x+0.003552) * (-0.0025915*x+0.003552) *(1-3/4* (-0.0025915*x+0.003552) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0025915*x+0.003552)) +538490.4467)*(-0.0025915*x+0.003552) ))^2
u = 0
a = PI* (0*x+0.002939) * (0*x+0.002939) *(1-3/4* (0*x+0.002939) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002939)) +538490.4467)*(0*x+0.002939) ))^2
u = 0
a = PI* (0*x+0.002449) * (0*x+0.002449) *(1-3/4* (0*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002449)) +538490.4467)*(0*x+0.002449) ))^2
u = 0
a = PI* (0*x+0.003674) * (0*x+0.003674) *(1-3/4* (0*x+0.003674) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003674)) +538490.4467)*(0*x+0.003674) ))^2
u = 0
a = PI* (0*x+0.007226) * (0*x+0.007226) *(1-3/4* (0*x+0.007226) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.007226)) +538490.4467)*(0*x+0.007226) ))^2
u = 0
a = PI* (0*x+0.003184) * (0*x+0.003184) *(1-3/4* (0*x+0.003184) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003184)) +538490.4467)*(0*x+0.003184) ))^2
u = 0
a = PI* (0*x+0.006981) * (0*x+0.006981) *(1-3/4* (0*x+0.006981) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.006981)) +538490.4467)*(0*x+0.006981) ))^2
u = 0
a = PI* (0*x+0.003184) * (0*x+0.003184) *(1-3/4* (0*x+0.003184) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003184)) +538490.4467)*(0*x+0.003184) ))^2
u = 0
a = PI* (-0.0023113*x+0.006736) * (-0.0023113*x+0.006736) *(1-3/4* (-0.0023113*x+0.006736) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0023113*x+0.006736)) +538490.4467)*(-0.0023113*x+0.006736) ))^2
u = 0
a = PI* (0*x+0.00196) * (0*x+0.00196) *(1-3/4* (0*x+0.00196) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00196)) +538490.4467)*(0*x+0.00196) ))^2
u = 0
a = PI* (-0.0245*x+0.006369) * (-0.0245*x+0.006369) *(1-3/4* (-0.0245*x+0.006369) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0245*x+0.006369)) +538490.4467)*(-0.0245*x+0.006369) ))^2
u = 0
a = PI* (-0.0037931*x+0.004507) * (-0.0037931*x+0.004507) *(1-3/4* (-0.0037931*x+0.004507) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0037931*x+0.004507)) +538490.4467)*(-0.0037931*x+0.004507) ))^2
u = 0
a = PI* (-0.0037288*x+0.004507) * (-0.0037288*x+0.004507) *(1-3/4* (-0.0037288*x+0.004507) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0037288*x+0.004507)) +538490.4467)*(-0.0037288*x+0.004507) ))^2
u = 0
a = PI* (-0.00084722*x+0.003429) * (-0.00084722*x+0.003429) *(1-3/4* (-0.00084722*x+0.003429) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00084722*x+0.003429)) +538490.4467)*(-0.00084722*x+0.003429) ))^2
u = 0
a = PI* (0*x+0.003226) * (0*x+0.003226) *(1-3/4* (0*x+0.003226) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226) ))^2
u = 0
a = PI* (-0.0016591*x+0.003062) * (-0.0016591*x+0.003062) *(1-3/4* (-0.0016591*x+0.003062) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0016591*x+0.003062)) +538490.4467)*(-0.0016591*x+0.003062) ))^2
u = 0
a = PI* (-0.0024603*x+0.001837) * (-0.0024603*x+0.001837) *(1-3/4* (-0.0024603*x+0.001837) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0024603*x+0.001837)) +538490.4467)*(-0.0024603*x+0.001837) ))^2
u = 0
a = PI* (-0.00057009*x+0.001898) * (-0.00057009*x+0.001898) *(1-3/4* (-0.00057009*x+0.001898) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00057009*x+0.001898)) +538490.4467)*(-0.00057009*x+0.001898) ))^2
u = 0
a = PI* (-0.00053644*x+0.001592) * (-0.00053644*x+0.001592) *(1-3/4* (-0.00053644*x+0.001592) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00053644*x+0.001592)) +538490.4467)*(-0.00053644*x+0.001592) ))^2
u = 0
a = PI* (-0.00084138*x+0.003429) * (-0.00084138*x+0.003429) *(1-3/4* (-0.00084138*x+0.003429) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00084138*x+0.003429)) +538490.4467)*(-0.00084138*x+0.003429) ))^2
u = 0
a = PI* (0*x+0.003226) * (0*x+0.003226) *(1-3/4* (0*x+0.003226) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.003226)) +538490.4467)*(0*x+0.003226) ))^2
u = 0
a = PI* (-0.0016554*x+0.003062) * (-0.0016554*x+0.003062) *(1-3/4* (-0.0016554*x+0.003062) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0016554*x+0.003062)) +538490.4467)*(-0.0016554*x+0.003062) ))^2
u = 0
a = PI* (-0.0024409*x+0.001837) * (-0.0024409*x+0.001837) *(1-3/4* (-0.0024409*x+0.001837) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0024409*x+0.001837)) +538490.4467)*(-0.0024409*x+0.001837) ))^2
u = 0
a = PI* (-0.00056832*x+0.001898) * (-0.00056832*x+0.001898) *(1-3/4* (-0.00056832*x+0.001898) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00056832*x+0.001898)) +538490.4467)*(-0.00056832*x+0.001898) ))^2
u = 0
a = PI* (-0.00053488*x+0.001592) * (-0.00053488*x+0.001592) *(1-3/4* (-0.00053488*x+0.001592) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.00053488*x+0.001592)) +538490.4467)*(-0.00053488*x+0.001592) ))^2
u = 0
a = PI* (-0.0081333*x+0.002449) * (-0.0081333*x+0.002449) *(1-3/4* (-0.0081333*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0081333*x+0.002449)) +538490.4467)*(-0.0081333*x+0.002449) ))^2
u = 0
a = PI* (-0.0674*x+0.002327) * (-0.0674*x+0.002327) *(1-3/4* (-0.0674*x+0.002327) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0674*x+0.002327)) +538490.4467)*(-0.0674*x+0.002327) ))^2
u = 0
a = PI* (0*x+0.001164) * (0*x+0.001164) *(1-3/4* (0*x+0.001164) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001164)) +538490.4467)*(0*x+0.001164) ))^2
u = 0
a = PI* (0*x+0.001164) * (0*x+0.001164) *(1-3/4* (0*x+0.001164) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001164)) +538490.4467)*(0*x+0.001164) ))^2
u = 0
a = PI* (0*x+0.000919) * (0*x+0.000919) *(1-3/4* (0*x+0.000919) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000919)) +538490.4467)*(0*x+0.000919) ))^2
u = 0
a = PI* (0*x+0.000919) * (0*x+0.000919) *(1-3/4* (0*x+0.000919) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000919)) +538490.4467)*(0*x+0.000919) ))^2
u = 0
a = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225) *(1-3/4* (-0.0020847*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225) ))^2
u = 0
a = PI* (-0.0020847*x+0.001225) * (-0.0020847*x+0.001225) *(1-3/4* (-0.0020847*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0020847*x+0.001225)) +538490.4467)*(-0.0020847*x+0.001225) ))^2
u = 0
a = PI* (-0.01525*x+0.002388) * (-0.01525*x+0.002388) *(1-3/4* (-0.01525*x+0.002388) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.002388)) +538490.4467)*(-0.01525*x+0.002388) ))^2
u = 0
a = PI* (-0.01525*x+0.002388) * (-0.01525*x+0.002388) *(1-3/4* (-0.01525*x+0.002388) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.002388)) +538490.4467)*(-0.01525*x+0.002388) ))^2
u = 0
a = PI* (-0.0050833*x+0.001286) * (-0.0050833*x+0.001286) *(1-3/4* (-0.0050833*x+0.001286) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0050833*x+0.001286)) +538490.4467)*(-0.0050833*x+0.001286) ))^2
u = 0
a = PI* (-0.0050833*x+0.001286) * (-0.0050833*x+0.001286) *(1-3/4* (-0.0050833*x+0.001286) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0050833*x+0.001286)) +538490.4467)*(-0.0050833*x+0.001286) ))^2
u = 0
a = PI* (-0.01525*x+0.001837) * (-0.01525*x+0.001837) *(1-3/4* (-0.01525*x+0.001837) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.001837)) +538490.4467)*(-0.01525*x+0.001837) ))^2
u = 0
a = PI* (0*x+0.001225) * (0*x+0.001225) *(1-3/4* (0*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225) ))^2
u = 0
a = PI* (0*x+0.001225) * (0*x+0.001225) *(1-3/4* (0*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225) ))^2
u = 0
a = PI* (-0.01525*x+0.001837) * (-0.01525*x+0.001837) *(1-3/4* (-0.01525*x+0.001837) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.01525*x+0.001837)) +538490.4467)*(-0.01525*x+0.001837) ))^2
u = 0
a = PI* (0*x+0.001225) * (0*x+0.001225) *(1-3/4* (0*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225) ))^2
u = 0
a = PI* (0*x+0.001225) * (0*x+0.001225) *(1-3/4* (0*x+0.001225) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001225)) +538490.4467)*(0*x+0.001225) ))^2
u = 0
a = PI* (-0.0025417*x+0.001102) * (-0.0025417*x+0.001102) *(1-3/4* (-0.0025417*x+0.001102) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0025417*x+0.001102)) +538490.4467)*(-0.0025417*x+0.001102) ))^2
u = 0
a = PI* (0*x+0.000796) * (0*x+0.000796) *(1-3/4* (0*x+0.000796) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000796)) +538490.4467)*(0*x+0.000796) ))^2
u = 0
a = PI* (-0.0025417*x+0.001102) * (-0.0025417*x+0.001102) *(1-3/4* (-0.0025417*x+0.001102) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0025417*x+0.001102)) +538490.4467)*(-0.0025417*x+0.001102) ))^2
u = 0
a = PI* (-0.022273*x+0.002633) * (-0.022273*x+0.002633) *(1-3/4* (-0.022273*x+0.002633) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.022273*x+0.002633)) +538490.4467)*(-0.022273*x+0.002633) ))^2
u = 0
a = PI* (-0.027818*x+0.000612) * (-0.027818*x+0.000612) *(1-3/4* (-0.027818*x+0.000612) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.027818*x+0.000612)) +538490.4467)*(-0.027818*x+0.000612) ))^2
u = 0
a = PI* (-0.022273*x+0.002633) * (-0.022273*x+0.002633) *(1-3/4* (-0.022273*x+0.002633) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.022273*x+0.002633)) +538490.4467)*(-0.022273*x+0.002633) ))^2
u = 0
a = PI* (-0.027818*x+0.000612) * (-0.027818*x+0.000612) *(1-3/4* (-0.027818*x+0.000612) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.027818*x+0.000612)) +538490.4467)*(-0.027818*x+0.000612) ))^2
u = 0
a = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449) *(1-3/4* (-0.0050164*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449) ))^2
u = 0
a = PI* (0*x+0.001715) * (0*x+0.001715) *(1-3/4* (0*x+0.001715) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001715)) +538490.4467)*(0*x+0.001715) ))^2
u = 0
a = PI* (-0.0050164*x+0.002449) * (-0.0050164*x+0.002449) *(1-3/4* (-0.0050164*x+0.002449) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0050164*x+0.002449)) +538490.4467)*(-0.0050164*x+0.002449) ))^2
u = 0
a = PI* (-0.0036337*x+0.001347) * (-0.0036337*x+0.001347) *(1-3/4* (-0.0036337*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0036337*x+0.001347)) +538490.4467)*(-0.0036337*x+0.001347) ))^2
u = 0
a = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196) *(1-3/4* (-0.0020164*x+0.00196) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196) ))^2
u = 0
a = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347) *(1-3/4* (-0.0080769*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347) ))^2
u = 0
a = PI* (-0.0020164*x+0.00196) * (-0.0020164*x+0.00196) *(1-3/4* (-0.0020164*x+0.00196) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0020164*x+0.00196)) +538490.4467)*(-0.0020164*x+0.00196) ))^2
u = 0
a = PI* (-0.0080769*x+0.001347) * (-0.0080769*x+0.001347) *(1-3/4* (-0.0080769*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0080769*x+0.001347)) +538490.4467)*(-0.0080769*x+0.001347) ))^2
u = 0
a = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347) *(1-3/4* (-0.0049*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347) ))^2
u = 0
a = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347) *(1-3/4* (-0.0048515*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347) ))^2
u = 0
a = PI* (-0.0049*x+0.001347) * (-0.0049*x+0.001347) *(1-3/4* (-0.0049*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0049*x+0.001347)) +538490.4467)*(-0.0049*x+0.001347) ))^2
u = 0
a = PI* (-0.0048515*x+0.001347) * (-0.0048515*x+0.001347) *(1-3/4* (-0.0048515*x+0.001347) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0048515*x+0.001347)) +538490.4467)*(-0.0048515*x+0.001347) ))^2
u = 0
a = PI* (-0.0034167*x+0.000919) * (-0.0034167*x+0.000919) *(1-3/4* (-0.0034167*x+0.000919) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0034167*x+0.000919)) +538490.4467)*(-0.0034167*x+0.000919) ))^2
u = 0
a = PI* (0*x+0.002327) * (0*x+0.002327) *(1-3/4* (0*x+0.002327) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002327)) +538490.4467)*(0*x+0.002327) ))^2
u = 0
a = PI* (-0.0034167*x+0.000919) * (-0.0034167*x+0.000919) *(1-3/4* (-0.0034167*x+0.000919) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(-0.0034167*x+0.000919)) +538490.4467)*(-0.0034167*x+0.000919) ))^2
u = 0
a = PI* (0*x+0.002327) * (0*x+0.002327) *(1-3/4* (0*x+0.002327) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.002327)) +538490.4467)*(0*x+0.002327) ))^2
u = 0
a = PI* (0*x+0.000703) * (0*x+0.000703) *(1-3/4* (0*x+0.000703) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703) ))^2
u = 0
a = PI* (0*x+0.001217) * (0*x+0.001217) *(1-3/4* (0*x+0.001217) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001217)) +538490.4467)*(0*x+0.001217) ))^2
u = 0
a = PI* (0*x+0.00147) * (0*x+0.00147) *(1-3/4* (0*x+0.00147) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147) ))^2
u = 0
a = PI* (0*x+0.001911) * (0*x+0.001911) *(1-3/4* (0*x+0.001911) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001911)) +538490.4467)*(0*x+0.001911) ))^2
u = 0
a = PI* (0*x+0.001106) * (0*x+0.001106) *(1-3/4* (0*x+0.001106) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001106)) +538490.4467)*(0*x+0.001106) ))^2
u = 0
a = PI* (0*x+0.000998) * (0*x+0.000998) *(1-3/4* (0*x+0.000998) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000998)) +538490.4467)*(0*x+0.000998) ))^2
u = 0
a = PI* (0*x+0.001531) * (0*x+0.001531) *(1-3/4* (0*x+0.001531) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001531)) +538490.4467)*(0*x+0.001531) ))^2
u = 0
a = PI* (0*x+0.000703) * (0*x+0.000703) *(1-3/4* (0*x+0.000703) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703) ))^2
u = 0
a = PI* (0*x+0.00147) * (0*x+0.00147) *(1-3/4* (0*x+0.00147) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147) ))^2
u = 0
a = PI* (0*x+0.000806) * (0*x+0.000806) *(1-3/4* (0*x+0.000806) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000806)) +538490.4467)*(0*x+0.000806) ))^2
u = 0
a = PI* (0*x+0.000703) * (0*x+0.000703) *(1-3/4* (0*x+0.000703) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703) ))^2
u = 0
a = PI* (0*x+0.001217) * (0*x+0.001217) *(1-3/4* (0*x+0.001217) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001217)) +538490.4467)*(0*x+0.001217) ))^2
u = 0
a = PI* (0*x+0.00147) * (0*x+0.00147) *(1-3/4* (0*x+0.00147) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147) ))^2
u = 0
a = PI* (0*x+0.001911) * (0*x+0.001911) *(1-3/4* (0*x+0.001911) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001911)) +538490.4467)*(0*x+0.001911) ))^2
u = 0
a = PI* (0*x+0.001106) * (0*x+0.001106) *(1-3/4* (0*x+0.001106) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001106)) +538490.4467)*(0*x+0.001106) ))^2
u = 0
a = PI* (0*x+0.000998) * (0*x+0.000998) *(1-3/4* (0*x+0.000998) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000998)) +538490.4467)*(0*x+0.000998) ))^2
u = 0
a = PI* (0*x+0.001531) * (0*x+0.001531) *(1-3/4* (0*x+0.001531) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.001531)) +538490.4467)*(0*x+0.001531) ))^2
u = 0
a = PI* (0*x+0.000703) * (0*x+0.000703) *(1-3/4* (0*x+0.000703) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000703)) +538490.4467)*(0*x+0.000703) ))^2
u = 0
a = PI* (0*x+0.00147) * (0*x+0.00147) *(1-3/4* (0*x+0.00147) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.00147)) +538490.4467)*(0*x+0.00147) ))^2
u = 0
a = PI* (0*x+0.000806) * (0*x+0.000806) *(1-3/4* (0*x+0.000806) * 9986.417 /( 0.1*(3000000*exp(-13.5*100*(0*x+0.000806)) +538490.4467)*(0*x+0.000806) ))^2
u = 0
History Pts
116  #Number of Domains with history Points
4 1
0.0000 0.0300 0.0400 0.0600
3 2
0.0000 0.0100 0.0200
3 3
0.0000 0.0170 0.0340
3 4
0.0000 0.0170 0.0340
3 5
0.0000 0.0470 0.0940
3 6
0.0000 0.0745 0.1490
4 7
0.0000 0.2110 0.3165 0.4220
3 8
0.0000 0.1175 0.2350
3 9
0.0000 0.0335 0.0670
3 10
0.0000 0.0395 0.0790
3 11
0.0000 0.0855 0.1710
3 12
0.0000 0.0890 0.1780
3 13
0.0000 0.0205 0.0410
3 14
0.0000 0.0195 0.0390
6 15
0.0000 0.0400 0.0695 0.0800 0.1200 0.1390
7 16
0.0000 0.0400 0.0800 0.0890 0.1200 0.1600 0.1780
3 17
0.0000 0.0205 0.0410
4 18
0.0000 0.0260 0.0400 0.0520
3 19
0.0000 0.0170 0.0340
3 20
0.0000 0.0740 0.1480
14 21
0.0000 0.0400 0.0800 0.1200 0.1600 0.2000 0.2110 0.2400 0.2800 0.3165 0.3200 0.3600 0.4000 0.4220
8 22
0.0000 0.0400 0.0800 0.1175 0.1200 0.1600 0.2000 0.2350
3 23
0.0000 0.0335 0.0670
3 24
0.0000 0.0395 0.0790
3 25
0.0000 0.0855 0.1710
3 26
0.0000 0.0400 0.0800
5 27
0.0000 0.0400 0.0520 0.0800 0.1040
4 28
0.0000 0.0265 0.0400 0.0530
3 29
0.0000 0.0100 0.0200
3 30
0.0000 0.0050 0.0100
3 31
0.0000 0.0355 0.0710
3 32
0.0000 0.0330 0.0660
3 33
0.0000 0.0315 0.0630
3 34
0.0000 0.0295 0.0590
3 35
0.0000 0.0050 0.0100
3 36
0.0000 0.0160 0.0320
3 37
0.0000 0.0050 0.0100
3 38
0.0000 0.0160 0.0320
5 39
0.0000 0.0400 0.0530 0.0800 0.1060
3 40
0.0000 0.0250 0.0500
3 41
0.0000 0.0050 0.0100
4 42
0.0000 0.0290 0.0400 0.0580
3 43
0.0000 0.0295 0.0590
6 44
0.0000 0.0400 0.0720 0.0800 0.1200 0.1440
3 45
0.0000 0.0250 0.0500
14 46
0.0000 0.0400 0.0800 0.1200 0.1600 0.2000 0.2215 0.2400 0.2800 0.3200 0.3600 0.4000 0.4400 0.4430
3 47
0.0000 0.0630 0.1260
3 48
0.0000 0.1605 0.3210
11 49
0.0000 0.0400 0.0800 0.1200 0.1600 0.1715 0.2000 0.2400 0.2800 0.3200 0.3430
3 50
0.0000 0.0725 0.1450
3 51
0.0000 0.0250 0.0500
3 52
0.0000 0.2220 0.4440
3 53
0.0000 0.0635 0.1270
3 54
0.0000 0.1610 0.3220
3 55
0.0000 0.1720 0.3440
3 56
0.0000 0.0075 0.0150
3 57
0.0000 0.0050 0.0100
3 58
0.0000 0.0020 0.0040
3 59
0.0000 0.0020 0.0040
3 60
0.0000 0.0020 0.0040
3 61
0.0000 0.0020 0.0040
3 62
0.0000 0.0295 0.0590
3 63
0.0000 0.0295 0.0590
3 64
0.0000 0.0020 0.0040
3 65
0.0000 0.0020 0.0040
3 66
0.0000 0.0060 0.0120
3 67
0.0000 0.0060 0.0120
3 68
0.0000 0.0040 0.0080
3 69
0.0000 0.0355 0.0710
3 70
0.0000 0.0350 0.0700
3 71
0.0000 0.0040 0.0080
4 72
0.0000 0.0355 0.0400 0.0710
3 73
0.0000 0.0350 0.0700
3 74
0.0000 0.0120 0.0240
3 75
0.0000 0.0020 0.0040
3 76
0.0000 0.0120 0.0240
3 77
0.0000 0.0055 0.0110
3 78
0.0000 0.0055 0.0110
3 79
0.0000 0.0055 0.0110
3 80
0.0000 0.0055 0.0110
3 81
0.0000 0.0305 0.0610
3 82
0.0000 0.0505 0.1010
3 83
0.0000 0.0305 0.0610
3 84
0.0000 0.0505 0.1010
3 85
0.0000 0.0305 0.0610
3 86
0.0000 0.0455 0.0910
3 87
0.0000 0.0305 0.0610
3 88
0.0000 0.0455 0.0910
3 89
0.0000 0.0500 0.1000
3 90
0.0000 0.0505 0.1010
3 91
0.0000 0.0500 0.1000
3 92
0.0000 0.0505 0.1010
3 93
0.0000 0.0180 0.0360
3 94
0.0000 0.0020 0.0040
3 95
0.0000 0.0180 0.0360
3 96
0.0000 0.0020 0.0040
3 97
0.0000 0.0150 0.0300
3 98
0.0000 0.0050 0.0100
3 99
0.0000 0.0150 0.0300
3 100
0.0000 0.0050 0.0100
3 101
0.0000 0.0050 0.0100
3 102
0.0000 0.0150 0.0300
3 103
0.0000 0.0150 0.0300
3 104
0.0000 0.0075 0.0150
3 105
0.0000 0.0125 0.0250
3 106
0.0000 0.0150 0.0300
3 107
0.0000 0.0150 0.0300
3 108
0.0000 0.0050 0.0100
3 109
0.0000 0.0150 0.0300
3 110
0.0000 0.0050 0.0100
3 111
0.0000 0.0050 0.0100
3 112
0.0000 0.0150 0.0300
3 113
0.0000 0.0150 0.0300
3 114
0.0000 0.0075 0.0150
3 115
0.0000 0.0125 0.0250
3 116
0.0000 0.0150 0.0300

 
 
 oneDbio -a -R sim_1.in
